微流控
芯(光纤)
材料科学
壳体(结构)
循环肿瘤细胞
纳米技术
复合材料
癌症
生物
遗传学
转移
作者
Hung‐Yen Ke,Chi‐Jung Chang,Shih-Ying Sung,Chien‐Sung Tsai,Feng‐Yen Lin,Jem-Kun Chen
摘要
, the reculture efficiency of the released cells after 7 days reached 274.5%. Our proposed method provides an ideal fibrous mat to be embedded within a microfluidic chip for capturing and releasing CTCs for precision medicine applications, using recultured CTCs in individualized anti-tumor therapies.
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